Both ATLAS and iAtlantic focus on Atlantic marine ecosystems, with keywords spanning benthic, pelagic, deep-sea, seabed mapping, and ecological timeseries analysis.
GIANNI MATTHEW
Amsterdam marine science SME specialising in Atlantic deep-sea ecosystem assessment, environmental genomics, and maritime spatial planning.
Their core work
GIANNI MATTHEW is a small Amsterdam-based private company — likely a specialist scientific consultancy or individual expert — contributing marine science expertise to large international research consortia studying Atlantic ocean ecosystems. Their work spans ecological assessment of deep-sea and pelagic habitats, analysis of marine biodiversity and connectivity, and the translation of ecological data into policy-relevant outputs for maritime spatial planning. They bring specialist knowledge at the intersection of empirical oceanography and governance, connecting scientific findings to management frameworks for sustainable ocean use. In their most recent project, their scope extended to advanced methodologies including environmental DNA, genomics, and multi-stressor ecological modelling.
What they specialise in
ATLAS explicitly addresses biodiversity, fisheries, biogeography, and connectivity; iAtlantic builds on this with ecosystem function analysis across space and time.
ATLAS (2016–2020) targeted deep-water spatial management and included socioeconomics, maritime spatial planning, environmental assessment, and policy as core themes.
iAtlantic (2019–2024) introduced environmental DNA, genomics, tipping points, and multiple stressors into the organization's methodological repertoire.
How they've shifted over time
Their H2020 participation began with a governance and spatial-planning orientation — ATLAS (2016–2020) centred on biodiversity assessments, fisheries, maritime spatial planning, and socioeconomic analysis, all aimed at producing a management framework for deep-water habitats. The shift to iAtlantic (2019–2024) marked a move toward more technically intensive science: seabed mapping, ecological timeseries, environmental DNA, genomics, and tipping-point analysis replaced the earlier policy vocabulary. The underlying Atlantic marine focus remained constant, but the toolbox evolved from governance-facing assessment toward cutting-edge observational and molecular methods.
This organization is moving steadily toward high-resolution, data-intensive ocean science — environmental DNA, multi-stressor modelling, tipping points — making them an increasingly relevant partner for projects that need to link advanced ocean observation with ecosystem management or climate impact assessment.
How they like to work
GIANNI MATTHEW has participated exclusively as a consortium partner, never taking a coordinating role across either project. Both engagements were large-scale, multi-partner Research and Innovation Actions spanning the full Atlantic basin, resulting in an unusually wide network of 57 unique partners across 19 countries for an organization with only two projects. This profile suggests a specialist who is sought out for specific scientific contributions rather than someone who drives project management or consortium leadership.
Despite only two projects, the organization has built connections with 57 unique partners in 19 countries — a direct reflection of both ATLAS and iAtlantic being flagship pan-Atlantic consortia with broad European and transatlantic membership. Their network is geographically wide but thematically narrow, concentrated in marine science and ocean governance research communities.
What sets them apart
Few private SMEs operate at the intersection of deep-sea scientific fieldwork, environmental genomics, and marine spatial planning policy — GIANNI MATTHEW's presence in both ATLAS and iAtlantic places them in an elite network of Atlantic ocean researchers that is difficult to enter. For a consortium coordinator building a project that needs to bridge empirical ocean science with regulatory or management outputs, this organization offers a rare dual capability. Their Amsterdam base and Dutch research environment also connect them to strong national and European marine science infrastructure.
Highlights from their portfolio
- ATLASA landmark trans-Atlantic deep-water spatial management project that combined ecology, socioeconomics, and marine governance to produce the first basin-scale management plan for European deep-water ecosystems.
- iAtlanticOne of the most comprehensive integrated assessments of Atlantic marine ecosystems ever funded by the EU, introducing environmental DNA and tipping-point analysis at ocean-basin scale.